Sensational-Adelaide.com

monotonehell wrote:

Aidan wrote:Wind farms can produce significant amount of infrasound as well as audible sound. And prolonged exposure to significant amounts of that can be harmful. The sound from wind turbines can cause some buildings to resonate. This doesn't mean wind farms shouldn't be built, but it is a serious problem that shouldn't be ignored.

I'm going to have to ask you for a reference for that assertion.

The only time I've seen this idea come up was in non-peer-reviewed paper by one person.

Aidan wrote: Wind farms can produce significant amount of infrasound as well as audible sound. And prolonged exposure to significant amounts of that can be harmful. The sound from wind turbines can cause some buildings to resonate. This doesn't mean wind farms shouldn't be built, but it is a serious problem that shouldn't be ignored.

This effect is called the 'nocebo' effect.

People, can read more here: http://en.wikipedia.org/wiki/Nocebo

...and it explains most of the sickness associated with wind farms, but not all of it. Some people were initially supportive of wind farms and never thought they'd get sick as a result, but they did.

Aidan wrote:

monotonehell wrote:

Aidan wrote:Wind farms can produce significant amount of infrasound as well as audible sound. And prolonged exposure to significant amounts of that can be harmful. The sound from wind turbines can cause some buildings to resonate. This doesn't mean wind farms shouldn't be built, but it is a serious problem that shouldn't be ignored.

I'm going to have to ask you for a reference for that assertion.

Alas I'm going to have to disappoint you, as I can't remember my sources (except that one of them was a program on ABC TV).

The only time I've seen this idea come up was in non-peer-reviewed paper by one person.

Again, if you're restricting yourself to peer reviewed papers then you're in for more disappointment, as that's not the way I think. I'm not going to assume that every case in the world is psychosomatic until someone proves otherwise!

I'm puzzled as to what you think can't occur. That wind turbines produce infrasound? That they produce low frequency audible sound? That this can cause some buildings to resonate? That prolonged exposure to infrasound has health effects? That prolonged exposure to low frequency audible sound does?

In the absence of peer reviewed evidence I'd be reluctant to say how much it occurs, but with such a convincing explanation of why it could occur, it's up to those who say it can't occur to prove their claims.

Oceanlinx applies for licence to generate electricity using ocean waves off south-east coast of South Australia

The Essential Services Commission (ESC) has received the first application in South Australia for a licence to generate electricity using the energy of ocean waves.

The application has been lodged by New South Wales-based company Oceanlinx.

A generator is being built off the coast from Port MacDonnell in the south-east of South Australia and all energy generated would be sold to electricity suppliers.

Oceanlinx said it could generate electricity by waves pushing air through an underwater turbine.

The ESC said the plan was for the wave energy converter to be connected to the 11-kilovolt distribution grid by a sub-sea cable and no fuel would be used to generate electricity.

It said the application would now be assessed and public comment would be taken until October 7.

monotonehell wrote:Wind turbine syndrome has been roundly refuted as psychosomatic.

SOUTH Australia's wind farms produced enough energy to meet a record 43 per cent of the state's power needs during July, according to figures released by the Clean Energy Council.

For a short period early on July 31', wind produced all of the state's power needs, as well as providing more than 90 per cent on July 8.

Output figures for the newlyexpanded Snowtown wind farm showed the facility generated 137,986 megawatt-hours of electricity in July.

Based on the state average, this was enough to power more than 329,000 homes for the month, Clements Gap, near Port Broughton, generated 15,996 megawatt-hours^ enough for more than 38,000 homes, and Wattle Point, near Edithburgh, 28,787 megawatt-hours, enough for more than 68,000 homes.

Strong cold fronts across the state resulted in very windy conditions which ultimately led to the increase in power generated by local wind farms.

"During June and July, we had several strong cold fronts pass through, the strongest for quite a while," Weatherzone's Brett Dutschke said.

"Major fronts impacted on June 22 and 23 and July 8,9,16 and 31.

"These fronts generated wind gusts of 80 to 90km/h at Stenhouse Bay, Edithburgh, Minlaton, Kadina and Moonta, with the strongest recorded at Edithburgh being 91km/honjuly8.

"Wind typically starts increasing from June to October, but this year it became quite strong earlier than normal.

"Edithburgh recorded wind gusts of 74km/h or stronger on four days during July, the highest number of windy days in July in seven years."

rhino wrote:Wind power record is blown away
Leader - Barossa Valley, Angaston SA 19 Aug 2014

SOUTH Australia's wind farms produced enough energy to meet a record 43 per cent of the state's power needs during July, according to figures released by the Clean Energy Council.

For a short period early on July 31', wind produced all of the state's power needs, as well as providing more than 90 per cent on July 8.

Output figures for the newlyexpanded Snowtown wind farm showed the facility generated 137,986 megawatt-hours of electricity in July.

Based on the state average, this was enough to power more than 329,000 homes for the month, Clements Gap, near Port Broughton, generated 15,996 megawatt-hours^ enough for more than 38,000 homes, and Wattle Point, near Edithburgh, 28,787 megawatt-hours, enough for more than 68,000 homes.

Strong cold fronts across the state resulted in very windy conditions which ultimately led to the increase in power generated by local wind farms.

"During June and July, we had several strong cold fronts pass through, the strongest for quite a while," Weatherzone's Brett Dutschke said.

"Major fronts impacted on June 22 and 23 and July 8,9,16 and 31.

"These fronts generated wind gusts of 80 to 90km/h at Stenhouse Bay, Edithburgh, Minlaton, Kadina and Moonta, with the strongest recorded at Edithburgh being 91km/honjuly8.

"Wind typically starts increasing from June to October, but this year it became quite strong earlier than normal.

"Edithburgh recorded wind gusts of 74km/h or stronger on four days during July, the highest number of windy days in July in seven years."

SOUTH Australia's wind farms produced enough energy to meet a record 43 per cent of the state's power needs during July, according to figures released by the Clean Energy Council.

For a short period early on July 31', wind produced all of the state's power needs, as well as providing more than 90 per cent on July 8.